Iron Sintered Parts

Fabricated from Grade II iron-base material, these parts satisfy defined composition criteria for copper, carbon and impurity content across a range of material classes. This maintains consistent mechanical performance batch after batch. The oil retaining characteristic makes them particularly valuable in assemblies where maintenance access is limited or lubrication intervals are difficult to manage.

Iron sintered parts with built-in lubrication serve diverse industries including automotive, pump manufacturing, electric motors, gearboxes, agricultural machinery and industrial automation. Engineers and procurement teams sourcing custom sintered components in India prefer them for their dimensional stability, reliable press fit and low total operating cost. They are manufactured across varied profiles like cylindrical, flanged, stepped and fully custom geometries, making them adaptable to virtually any mechanical assembly requirement.
These iron sintered parts are manufactured to deliver consistent material quality and dimensional accuracy. For buyers looking for a reliable iron sintered parts manufacturer and supplier in Mumbai, they provide a maintenance-free and cost-effective solution trusted by industries worldwide.

Case Study :

A private industrial company entrusted Bearing Engineering Corporation, a leading iron sintered parts manufacturer and supplier in Mumbai, India, with the production of precision sintered components. Manufactured from IS 3980 / MPIF 35 iron-base material, the parts achieved densities of 6.2 - 7.2 g/cm³, tensile strength up to 500 MPa, tolerances of ±0.02 mm and surface finish of Ra 1.6 - 3.2 µm. The project was completed successfully, earning high client satisfaction for quality, accuracy and timely delivery.

Advantages :

•   Cost Efficiency : Ideal manufacturing techniques minimize material waste and machining requirements, resulting in lower production costs.
•   Design Flexibility : Customizable Material Properties
•   High Strength and Wear Resistance : Controlled powder metallurgy processing provides excellent mechanical strength, dimensional stability and wear resistance for demanding applications.
•   Energy Efficiency : Sintering is carried out below the metal's melting point, consuming less energy compared to conventional casting processes.
•   Consistent Quality : Automated production and controlled material composition ensure uniform properties and reliable performance across large production batches.
•   Suitable for Mass Production : High production rates and repeatable manufacturing make iron sintered parts ideal for large-volume industrial and automotive applications.
•   Customizable Material Properties : Alloying elements such as copper, nickel and graphite can be incorporated to achieve specific strength, hardness and performance requirements.

Technical Specifications :

•   Material : Iron-base powder conforming to IS 3980 / MPIF 35, with carbon 0.2 - 0.8% and copper 1 - 4% or nickel 1 - 3% as alloying elements.
•   Density : Iron-base powder conforming to IS 3980 / MPIF 35, with carbon 0.2 - 0.8% and copper 1 - 4% or nickel 1 - 3% as alloying elements.
•   Tensile Strength : 200 - 500 MPa; Hardness 50 - 90 HRB.
•   Dimensional Tolerance : ±0.02 mm to ±0.05 mm on critical dimensions.
•   Porosity : 8 - 20% controlled porosity; oil impregnation available for self-lubricating applications.
•   Operating Temperature : Operating Temperature
•   Surface Finish : Ra 1.6 - 3.2 µm as-sintered.
•   Weight Range : 0.5 g to 5 kg.

Frequently Asked Questions (FAQs)?

Contact Us:

Established in 1997, Bearing Engineering Corporation, Masjid Bunder, Mumbai, is a trusted manufacturer and exporter of high-performance iron sintered parts, bearings, bushes, automotive washers, pump washers and metal washers. Engineered for dimensional accuracy, durability and reliable performance, our components serve demanding automotive and industrial applications across the globe.
Contact us today for customized, cost-effective iron sintered parts built to your exact specifications.